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Building Secure, Wireless Edge AI Systems Faster With the Nitrogen95 SMARC

Building Secure, Wireless Edge AI Systems Faster With the Nitrogen95 SMARC

Download the white paper to learn how the Nitrogen95 SMARC platform accelerates the development of secure, wireless edge AI systems with integrated AI processing, advanced vision capabilities, and pre-certified connectivity.


Altium 365 Security Approach and Practices

Altium 365 Security Approach and Practices

Understand how Altium 365 protects your electronics design data with enterprise‑grade security, compliance, and governance built into every workflow. Download the white paper to see our security approach in detail.


Next-Generation Wearable Electronics: Innovations, Challenges, and Future Trends

Next-Generation Wearable Electronics: Innovations, Challenges, and Future Trends

Explore the latest innovations, challenges, and future trends shaping next‑generation wearable electronics—from advanced materials to AI‑powered sensing. Download the white paper to see what’s driving the future of wearable technology.


Ensure Long Life Code with VTI’s RESTful Driverless Software

Ensure Long Life Code with VTI’s RESTful Driverless Software

Future-Proof Your Test Systems: Discover Driverless Control with VTI’s RESTful Software Traditional driver-based architectures are holding your test systems back—creating costly dependencies and risking obsolescence. Learn how VTI’s RESTful approach delivers platform independence, scalability, and long-term reliability.


Electronics in Medical Equipment: Component Choices Driven by Forces of Regulation, Miniaturization and Data Sharing

Electronics in Medical Equipment: Component Choices Driven by Forces of Regulation, Miniaturization and Data Sharing

Access Panasonic’s whitepaper to optimize your component choices and build a stronger foundation for the future of medtech.


From Stationary Arms to Humanoids: The Journey of Mobile Robotics

From Stationary Arms to Humanoids: The Journey of Mobile Robotics

Access this whitepaper to explore key advancements and challenges in robotics, from stationary robotic arms to a new generation of humanoid, agile, and versatile robots.


Selecting the Right Embedded Hardware – A Guide for Developers

Selecting the Right Embedded Hardware – A Guide for Developers

Discover how to choose the right embedded platform using this white paper from NXP.


Secure by Design, Compliant by Default: Navigating the Cyber Resilience Act with NXP and Digi

Secure by Design, Compliant by Default: Navigating the Cyber Resilience Act with NXP and Digi

The Cyber Resilience Act (CRA) significantly reshapes the global product compliance landscape by embedding strict cybersecurity obligations into the framework for Conformité Européenne (CE) marking. These requirements potentially impact any OEM product, regardless of origin, that is intended to be sold in the EU. Formally known as Regulation (EU) 2024/2847, the CRA applies to any product containing digital elements whose intended purpose or foreseeable use includes a direct or indirect data connection — either logically or physically — to a network or device. This hands-on guide from Digi and NXP provides a walkthrough of the requirements and how to comply. Under this regulation, all products that are capable of connecting to a device or network must meet defined cybersecurity requirements in order to receive CE marking, which is a legal prerequisite for sale within the EU. Products that do not comply cannot be placed on the EU market. At the heart of the CRA is a response to persistent cybersecurity shortcomings. Although many products claim to be secure, there is often no reliable way for consumers or businesses to verify such claims or to ensure ongoing protection. The CRA provides a unified, mandatory framework for cybersecurity compliance that spans the entire product lifecycle.


Developing Platform Firmware Resilience with Winbond TrustME® W77Q for Fast Time-to-Market

Developing Platform Firmware Resilience with Winbond TrustME® W77Q for Fast Time-to-Market

Winbond's TrustME® W77Q Secure Flash Memory provides an efficient, cost-effective, and easy-to-integrate solution for achieving compliance with NIST 800-193. By leveraging W77Q, system designers can enhance security, reduce development costs, and accelerate time-to-market, ensuring that their products remain resilient against future cyber threats.


How to Comply with RED DA, the CRA, and Other New EU Cybersecurity Regulations

How to Comply with RED DA, the CRA, and Other New EU Cybersecurity Regulations

Learn how upcoming EU regulations like the Radio Equipment Directive Delegated Act and Cyber Resilience Act will impact IoT product design and compliance.


Securing the Cellular IoT Ecosystem: Trends, Regulations and Supply Chain Best Practices

Securing the Cellular IoT Ecosystem: Trends, Regulations and Supply Chain Best Practices

The world is becoming ever more connected, but it must be secured. Read this new report, produced in collaboration with Quectel and IoT Analytics, to learn more about the trends, regulations, and supply chain best practices necessary to securing the cellular IoT ecosystem of today.


SRAM PUF - The Secure Silicon Fingerprint

SRAM PUF - The Secure Silicon Fingerprint

Discover the cutting-edge IP that is revolutionizing the security of chips and connected devices: SRAM-based Physical Unclonable Functions (SRAM PUFs). Learn about the benefits of this groundbreaking technology, which has already been deployed in hundreds of millions of devices, and how it provides robust, flexible, and cost-effective solutions for protecting our connected world.


Wearable Tech Innovations: Hirose’s Guide to the Future of Personal Devices

Wearable Tech Innovations: Hirose’s Guide to the Future of Personal Devices

Wearable devices redefine health, fitness, and connectivity in our daily lives. At Hirose, we're at the forefront, providing advanced connector solutions for the evolving wearable landscape. Explore our eBook or recent articles to learn more about the future we're shaping, one connection at a time.


Why Smart IoT Modules Are the Enabler for Advanced, Intelligent Edge Devices

Why Smart IoT Modules Are the Enabler for Advanced, Intelligent Edge Devices

Learn how smart IoT modules are transforming device design by bringing together functions, such as computing, graphics processing, data storage and connectivity, that were previously separate, into a single unified, highly compact item of hardware.


Streamline Your Medical Device Software Development

Streamline Your Medical Device Software Development

This guide is designed instead to look at your challenges from a software point of view and give our expertise on how you can streamline your software development, stay compliant and enhance patient care.


High Dynamic Range Imaging Using Intelligent Linearization in eHDR Technology

High Dynamic Range Imaging Using Intelligent Linearization in eHDR Technology

Need to improve harsh imaging conditions for security and surveillance cameras? Download this white paper to learn how high dynamic range and intelligent linearization can help.


Zero Trust Solutions with Hardware Authentication

Zero Trust Solutions with Hardware Authentication

Learn how 'zero trust' can protect critical resources, confidential data, and intellectual property effectively against internal and external threats.


Rethinking Data Center SSDs for Real-World Workloads and Improved TCO

Rethinking Data Center SSDs for Real-World Workloads and Improved TCO

Swissbit Data Center SSDs offer a radical new approach to improve performance, latency, and endurance over the lifetime of the SSD, and thus the quality of service and total cost of ownership.


Securing the Industrial IoT: Trusted Solutions for Embedded Systems

Securing the Industrial IoT: Trusted Solutions for Embedded Systems

Security engineering expertise, proven processes and understanding of emerging trends to deliver trusted solutions that meet industrial security needs.


IoT Cybersecurity Simplified Using Security Automation Tools

IoT Cybersecurity Simplified Using Security Automation Tools

Learn how BG Networks Security Automation Tools (BGN-SAT) can be used to implement IoT cybersecurity in a very short amount of time, by any embedded developer, from those who are new to cybersecurity to those who are experts.